EMBEDDED FACTOR PATTERNS FOR DEODHAR ELEMENTS IN KAZHDAN–LUSZTIG THEORY SARA C. BILLEY AND BRANT C. JONES A BSTRACT. The Kazhdan–Lusztig polynomials for finite Weyl groups arise in the geometry of Schubert varieties - Schubert polynomial - Document - PDFSEARCH.IO

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	EMBEDDED FACTOR PATTERNS FOR DEODHAR ELEMENTS IN KAZHDAN–LUSZTIG THEORY SARA C. BILLEY AND BRANT C. JONES A BSTRACT. The Kazhdan–Lusztig polynomials for finite Weyl groups arise in the geometry of Schubert varieties Add to Reading List Document Date: 2007-03-30 17:27:15 Open Document File Size: 469,35 KB Share Result on Facebook Company Sn / Weyl / / Event Product Recall / Product Issues / / IndustryTerm symmetric / polynomial time algorithm / important applications / early applications / / Organization National Science Foundation / / Person SARA C. BILLEY / BRANT C. JONES / / Position second author / / Product theorem / / ProvinceOrState Warrington / / Technology polynomial time algorithm / / SocialTag Coxeter groups Kazhdan–Lusztig polynomial Polynomials Representation theory of Lie algebras E8 Bruhat order Entailment Coxeter element S6 Abstract algebra

EMBEDDED FACTOR PATTERNS FOR DEODHAR ELEMENTS IN KAZHDAN–LUSZTIG THEORY SARA C. BILLEY AND BRANT C. JONES A BSTRACT. The Kazhdan–Lusztig polynomials for finite Weyl groups arise in the geometry of Schubert varieties Add to Reading List